Ironman 4x4 2" ATS Suspension Lift Kit Suited For 2018-2025 Subaru Crosstrek

Note:

Medium Load: 0-110lbs front and 0-440lbs rear (normal driving weight)

Spec C Heavy Load: 110-176lbs front and 660+lbs rear (extra driving weight)

The Spec-C heavy-load springs are designed for vehicles that are constantly loaded with a minimum additional weight of 660lbs in the rear and 110-176lbs upfront.Such as roof top tents, and other heavy items constantly loaded on the vehicle.   

Overview:

The All Terrain Systems (ATS) Suspension Lift Kit designed for the Subaru Crosstrek offers a comprehensive suspension upgrade featuring performance coils that enhance stability and driving performance while maintaining safety and comfort. It includes extended travel twin-tube gas struts inspired by military-grade suspension, delivering superior durability and reliability both on and off the road. With a two-inch lift, this kit allows for larger tires, improving stability in adverse conditions and difficult terrain. Ground clearance is raised to 10.7 inches, enabling you to confidently explore further and tackle more challenging environments.

 

Specifications:

• Estimated Lift: 2"
• Estimated Ground Clearance: 10.7"
• Coil-over suspension provides approximately 2-inches of front and rear lift
• Extended travel twin-tube struts improve control and comfort
• Ride height will vary based on additional accessory load
• Low nitrogen charge for a smoother response
• Vehicle specific valving
• May not be compatible with trailer hitches so double check your clearances ahead of install
• Fitment(2018-2025 Subaru Crosstrek)

Includes:

• Front ATS Coilovers
• Rear ATS Coilovers
• Subframe Spacer Kit
• Sway Bar Spacer Kit
• Extended Exhaust Hanger Bracket
• All mounting hardware for installation
• Installation Instructions

NOTE:                                   

• Please be advised if you don’t keep the additional required weight in your vehicle, the ride will feel more stiff then stock. The Spec-C suspension is a great option if your vehicle is heavily loaded at all times.